Paper-supporting carriage and guiding means



Feb. 9,1926. 1,571,955

W. W. LASKER PAPER SUPPORTING CARRIAGE AND GUIDING MEANS Original Filed March 28, 1917 5 Sheets-Sheet l leegi In ven for:

Fiel4 9 1926'.

Original Filed March 28, 1917 5 Sheets-Sheet -2 mikel:

Inveno l Feb. 9

W. W. LASKER PAPER SUPPORTING CARRIAGE AND GUIDING MEANS Original Filed March 28, '19174 5 Sheets-Shee'll 3 .L en

mines'ep. Wil' Inventor:

f 9 /J By ni; Hwy, 'am

Feb. 9

W. W. LASKER PAPER SUPPORTING CARRIAGE AND GUIDING MEANS Original Filed March 28, 1917 5 Sheets 5heet '4 In veno Bj his du),

Feb.

W. W. LASKER PAPER SUPPORTING -GARRIAGE AND GUIDING MEANS 5 Sheds-Sheet 5 original-Filed March 28, 1917 Patented Feb. 1926.

unirse srares earner erstes.,

WILLIAM LASKER, OF BROOKLYN, NEW YORK, ASSGNOR, BY MESNE ASSGN- lVENTS, TO POVERS ACCOUNTING IVIACHINE CORPORATION', OF NEW YORK, N. Y., A

CORPORATON OF DELAWARE.

`.EAIElElEt-SUPPClItTINGr CARRIAGE AND GUIDING MEANS.

Original application filed March 28, 1917, Serial N'o.

1,1918,vSeria1 No. 214,852.

Supporting Carriages and Guiding Means,

of which the following is a specification.

This invention relates to a printing tabulator of the kindl adapted to be controlled by perforated cards, and relates more particularly to matter divided from my co--pending application Serial No. 158,142 filed March 28, 1917, for printing tabulators.

The invention herein described relates more particularly to the paper supporting carriage and the paper guiding means o f said printing tabulator; and, therefore, only as much of the printing` tabula-tor is described herein as is necessary to show the connection between the matter of the original application and the matter divided out. v lhile herein and in said application minute details of one of many possible embodiments ofthe invention are described, the invention is not limited to these since various changes may be made in the details of construction and combination'without departing from the spirit and scope of the invention as claimed. v.

One object of the invention is tov improve generally apparatus of this'kind.

Another object of the invention is to pro vide an economical and etlicient means for effecting the printing by the reciprocation of the paper carriage when the Vprinting type have been set.

yAnother object is to provide convenient means-fory ,at will displacing` the printing carriage, laterally relative t0 the type so that substantially -any part of the paper may be brought to the type.

Another object is to provide a new and improved method of mounting the paper supporting rolls. y :Another object is to provide an economical and efficient platen'for pressing the paper against `the type.

158,142. Divided and this application led Is`elor1ia1y` Renewed February 27, 1924.

Still further objects and advantages of the present improvement will be set forth in the following description and drawings in which,

Fig. 1 is an end elevation of a printing tabulator constructed in accordance with my invention.

Fig. 2 is a side elevation of the printing and calculating` mechanism constituting a part of the printing tabulator.

y Fig. 3 is an end elevation of the printing carriage showing one position of the parts.

Fig. 4 is a front elevation of the carriage.

Fig. 5 is a sectional view of the detail taken on the lines 5 5 of Fig. 4:.

Fig. 6 is a fragmental end elevation showing parts of the paper feeding mechanism and the release of the same.

Figs. 7 and 8 show sections taken respectively on lines 7 7 and 8 8 of Figa.

Fig. 9 is a face view of the print and non-print locking plate. i

In said co-pending application, there is shown a printing tabulator which is adapted to be actuated by perforated cards, which in their passage through the machine operate elements for setting up type commensurate with the designations on the card and actuate an accumulating mechanism for accumulating therein the data recorded on the card perforations whereby the total accumulated data may be computed and then printed by the printing elements of the machine. f

The embodiment comprises, as shown herein a lower framel (Fig. 1) in which the main driving` shaft Q, is mounted, a card feeding mechanism, and a card analyzing mechanism; and an upper frame 5, in which the accumulating and printing mechanism are mounted.

The cards to be analyzed are disposed in a suitable receptacle and are fed by a card picker mounted at the bottom of such receptacle to the feed rollers 7, from which the card is fed between they die plate 8 and guide plate 9 in which position the several designations on the card register with the pins 10 of the vertical reciprocatable pin boX 1l, which pin box is raised after a card is positioned between such plates 8 and 9 and the pins 10 which find perfor-ations in the card being analyzed pass upward therethrough and engage extension pins 12 which, in turn, will actuate registering stops. After the card has been so analyzed by the pins 10, it willbe discharged into a suitable receptacle.

Power is transmitted from the main drive Shaft 2 to a shaft 17 by means of a transmission shaft 18. Y

The shaft 17 is provided with a plurality ofi cams from which are operated'4 as explained in the cti-pending application, the various mechanisms of the tabulating machine 19, of which it suffices here to say that thesev operate the type segments 20 (Fig. so that the type 21 will be positioned to print. items in accordance with the setting by the cards of the pins 1() and 12; and print the resulting totals, upon a sheet of paper brought against the type bythe printing carriage now to be described.

The printing carriage, designated genen ally by reference numeral 28 (Figs. 2, 3 and. 4)' is located on the rear of the printer taliulator base, to the rear of the tabulating machine 19.

The carriage 28 which consists of mechanism for controlling the movement of the paper rolls andv printing on the salne is mounted between twoV plates 47 which are tiedk together by means of tie-rods 48 and Said carriage 28 is carried at each end on an L-shaped support member 35 which slides in a slot 34 in bracket 31 and also has a roller 36 on the end of its horizontal armwhich roller moves in anI opening 37 formed in bracket 29. On the upper end of the vertical portion 38 of said member 35` is a connecting shaft 39. Mounted on the shaft 89, between said members 38, are Vtwo* levers 87 which are also mounted on a shaft- 89'carried in bracket 31. These levers 87 serve in the manner to be later described to give a reciprocating motion to the carriage so that it can be moved against the type sectors 2l in order t0 print.

Another pair of supports 42 which are approximatelyv Lshaped, are connected near the upper ends of their vertical arms to shaft between the'two levers 87, and have forward extending arms 44 curved to come directly under the tie-rod 48 so that they support the tie-rod and the carriage. The supports. 42 are mounted, at the point where the vertical and horizontal arms moet, on the shaft 40..

Two forwardly extending. plates 45 are secured in slots in the shaft 39 and at their forward ends support a carriage rail 46 sothat when shaft 89 is reciprocated by 50 are connected with they carriage- 28` by rods 49 and It will thusKV be seenthat the carriage 28 ispi-votally suspended at its rear on rail 46 and in front is supported by the contact of# rod 48 with arms 44.

In the operation of the machine it is sometimes desirable to shift the carriage longitudinally relatively to the type sector units, so that the printing columns may occupy various desired positions upon the sheet of paper. Means for accomplishing this will now be described:

The forward" edge of the uprights 38 (Fig. of the members 35 are provided with inwardly turned perforated ears 61v (Fig. 5) carrying supportingl studs 62 on which is slidably mounted the'locatingy bar 64' provided with elongatel slots 65 receiving said studs 62, said bar 64 being alsov provided with a plurality ofholes 66 large enough to receive the head ofthe locating stud 67 fixed on the locating; bracket 686x061 to the bracket shafts 69` (Fig. 6) connecting the.

end plates 47. n y

rPhe stud 67 carried by bracket 68 is locked in positionA (see Fig'. by means of` a locking pla-te 70 provided with key slots 71 each having a large end 72 thru"V which the head of the stud 67 is adapted to pass and with small ends 74 adaptedtov form shoulders to engage under theheads. of said studs whereby the stud is locked in osition by means of Ya spring 75 tensione 'between the upright 38 and the angular manipulatingv end 76"bent outwardly from said locking plate. c

Y The locking; plate 76 isheld inproper position by meanscf theguide plate 79 and 80,.the guide plate 79 being secured to one of said ears 61 and engaging over the looking plate, thev guide plateY 80 beingsecured to the manipulating end 76 ofthe locking plate and providedl with a slot 81 receiving a screw 82 secured to the adjacent ear 61.

To change the position; ot thefcarriage the locking plate 70 is pushed `over toallow pin 67 to swing free of holes 71 and 66* after which the carriage 28'is swung tip-around rail 46 and then is moved along rail 46 until it reaches the desired location when the pin Y 67 is reinserted in'a new hole 66 and locked in place as desired.

The printing` is accomplished by the forward movement of the paper supporting mechanism which movement brings the paper against type 21 of the type sectors.

This is accomplished by means of the upper and lower carriage actuating levers 87 and 88.(Fig. 3)' pivoted on the lever shaft S9 carried by the brackets 31. The upper and lower actuating levers are both pivotall'y mounted on said shaft 89 and when in printing position are locked togethei` as will be explained, and are oscillated by means of the engagement of Jthe cam roller 90 engaging in the cam groove 91 of the printing cam 92 carried on the cam shaft 17. The actuating levers give one complete cycle of oscillation epee for every revolution of the cam shaft 11.

The locking above referred to is accomplished by means of locking cones 95 which are shown in unlocked position in Fig. a and must be moved to the right of said figure to lock said upper and lower levers against relative movement. rlhese cones engage in, and when locked, hold in alinement the openings 98 and 99 of said upper and lower levers, and are carried on the cone supporting shaft y100 yieldably drawn to unlocked position by means of the tension spring 101 secured between the end of said shaft and a cross piece 102 (F ig. 3) disposed across the opening 104 in the bracket 31. The vopening 10d. is large enough for the insertion of the cone shaft and cones when assembling the machine. These cones may be moved to locking position by means of the bell crank lever 105 fulcrumed on the base of the machine and provided at its upper end with spaced ea s 106 engaging a transverse pin 10T in the cone supporting "shaft 100. This lever is actuated by means of a link 108 pivoted at its lower end to said lever 1 5, and at its upper end to the locking lever 110 (Figs. 2 and 3) fulcrumed intermediately as at 111 on the cam shaft bracket 29. The locking lever 110 terminates in a manipulating end 112 (Figs. 2 and 9) received in a slot 114 of the locking platev 115, said slot being provided at `itsupper and lower parts with shoulderforming recesses 116 and 11. in which said manipulating end may be locked to retain said locking cones in either locked or unlocked position. When lock lever 110 is moved into locking position7 lever 87 will be moved by a movement of lever 88 and thereby the printing` carriage will be moved and the items set up by type segments AJ1 will be printed.

Now will be described the means for supporting the paper on the carriage.

On the paper roller shaft 60 journaledin the end plates'fl? (Figs. 3 posedva plurality of paper engaging means or rollers 118 each provided with afboss 119 8). These bosses are Y held spaced apart by means of spacing bushings 120 (Fig. 7). Between adjacent pairs of the paper rollers 118 and loosely engaging said bushings are disposed platen support brackand 6) are disets 121 held against rotation by `means of the bracket shaft 122 6) passing thru holes in the lugs 123 on the upper part of said brackets and mounted in plates 417. Said brackets are held in spaced relation by means of sleeves 124C (Fig. 8) carried on said shaft 122. The lower part of each platen support bracket carries a forward projection 125 on which is secured as by means of a-screw 126, the platen support 127 having a recess in its forward end in which is carried the elastic platen block 128 of rubber or other suitable material which forms a paper backing means for the paper when it is pressed against the type.

The bushings 120 hold the paper rollers out of frictional contact with the platen brackets.Y The bushings and the paper rollers and all the parts rotatable on the paper roller shaft 60 are caused to rotate with said shaft by means of frictional engagement with each other brought about by the clamping of the screw 129 (Fig. 3) on said shaft.

.Between each adjacent pair of paper rollers are the upper and lower inner paper ls 190 and 131 (Fig. T) which form a continuation of the cylindrical surface of the paper rollers. These shields have angular extensions 13e, each extension having inwardly turned ears 185 each provided with an opening' receiving the bracket shaft 122.

'The upper inner shield 130 is pivotally sup- Ad rod by said ears, being perto move pivotally because of the i upper face 130, whereby access may i may be omitted if desired.

y surrounding or housing the lower shields 131 and the lower part of the paper rollers 118 are the outer paper shields 1 irovirlcd with edge flanges 13S on which a -rmed turned ears provided with receiving the bracket shafts 69 3 and 7 These outer shields cow.: with the lower` inner shields 131 to 'E for the paper 140 on which the are to be printed. the outer being ontinued upwardly in front Y aver r llersll, whereby are formed l/isl: (F ig. 7) between which the the type sectors pass when the pressed against them by means of laten b ocks 12S.

l i o fo the flanges 138 are n'ovided with perforarried release arm and 7) on whichV are pivhe feed roller levers er ends of which are journaled feed rollers 11S said rollers enn opposite sides of the lower part rollers 118. and passing thru iras in the lower shields 13T.

i of small ears vlll-5 I nu c;

. 100 d to the screw 126. yThe upper shield 'Ehe pressure of' rolls 148 onthe paper f lult)I may. ber-eleased by means-of a lever 156 which comes into contact with. a rod 154i sliding in slots of end plates L17,.. The lenenGv pushes up on end pieces 152 locatedl at each end of levers 14.7,. thereby swinging rollers 148 ont of the position shown in dotted, lines in Fig. 6. The shaft 1:57 to which levers 156 are fastened is carried; between end plates 4r and. has directlymnnected toit a levei` 158 which is manually operated to release the pressure on the rollers as described, then lever 158 is released, toward movement ofl this lever is limited. by projecting portion 169 otplate r7.1 (seeFig'.

efter each nun'iberyisprinted by the type ot the: type sectors, it is necessary to feed the paper upwardly one or more spaces` rlihisl feeding accomplished by` means oit' engagement of the teeth of the feed ratchet 161, mounted on the shaft by a two armed feed pawl 152 (Fig. 3) pivotally mounted on the feed pawl lever 164 ful-v crumed intermediately as on the stud shaft 1.65 and driven by the link 166, which in turn isidriven by the drive lever 167 mounted on the lever shaft 168, said shaft being actua-tedby the ae eating arm 159 fixed on said shaft and adapted to come into contact with and be moved by the abutment shaft 17.0 carried on the abutment shaft bracket 17.1y pivotally mounted on plates 32 which are suspended between brackets 29 and 31. The brackets 171 are limited in their rearward.V movement by the engagement with the tie plates 32 of a lug 174 laterally turned at the rear edge of said abutment shaft brackets, and is yieldably held at its rear* ward: limit of movement by a spring 175 tensioned between said"` lug 174` and a lug on there-ai.' part of the Vshaft plate 32.

When the carriage is moved forwardly toward the type .sectors the free end 'face 176'of the actuating arm 169 engages and pushes back the abutment shaft 170 against the action of the spring 175 until said end face clears said shaft and permits the` shaft and its bracket to be snapped back by the spring 175 until stopped by the shoulder 172.

After the printing has taken place and the carriage moved rearwardly, the abutment shaft 17() is engaged by the lower side the actuating arm 169 whereby said arm and drive lever 167 are raised thus rocking the pawl lever .1G/1+; and loweringl the pawl 1.62,. whirh turns the ratchet A161 and moves paper 14()V aheadv oneA space.

The feeding mechanism is returned to position. by means of a spring 185 tensioned between. the end. plate 47 and a perforated ear on the upper part'o'f the inner end. of the arm 167. Y

F or nen'iovingl or feeding paper entirely independently of the feeding mechanism,4 I. provide the paper feed gear 189 fixed on the paper feed shaft 6() and engaged bythe idler gear 19t) rotatably mountedvv on the end plate4 t7 the idler. gear being in turn engaged by the knob gear 191 'fixed on the stud shaft 165 rotatably mounted in the end plate 47 and carrying knurled knob 192 by which said shaft and gears may be manually rotated.

While the paper is being fed and during; the time of printing, it is desirable that it be firmly held against the platensL 128. This is accomplished by means of a clamping. mechanism con'iprising a clamp bar 193 (Fig. 3). carried between the outer ends of the clamping levers 19st provided with intermediate longitudinal slotsA 195 loosely receiving the paper feed shaft whereby the paper clamp bar is adapted to move toward and from the paper. rollers 118 aswell as to pivot in relation` to said rollers. The

inner ends of the clamp levers are provided with small pins 196 received in. longitudinal slots-197 in the lower ends of the spring levers 198 intermediately fulcrumed on the end plates 4.7 and dra-wn by a spring 199 strained between the upper end of the spring levers 198 andy the upper part of end plates 47, whereby the clamp lever 194 is yieldably draw u downwardly and the clampbar 193fis yieldably pressed against the paper and the paper pressed against the paper rolls 11.8.

This yieldable engagement maintains duringl the printing and feeding ofthe paper, but after feeding has taken place, as above described, thereleasing pin 200 mounted on the cam bracket sli aft 201 comes into contact .iiitlr the abutment shaft 17() andforces the cam bracket shaft and the cam bracket 202 to rock rearwardly whereupon the cam edge 293 forces outwardly the pin 196 and therewith the'lever 191 aud-bar 193and also rocks said lever in a direction clockwise on Fig. 3 whereupon the bar 193` is moved downwards ly over theV paper and later takesa. freshgrip upon the paper when the clamping lever is released by the cam on the next forward movementof the carriage and moves downwardly under the action of the spring*` 199.- I

'Ihe upper. part of. the cam` brackets 202 are each provided with an outwardly projecting ribbon feed arm 204 (Fig. 3)` for operating the feed mechanism of the ribbon spools ofthe ribbon 205 (Figi.v 4)*grbut as these form no part of the inventionA claimed herein they are not, now further described.

lilheu a total. is printed itis desirable to show some visual signal to indicate that the number printed is a total. This is accomplished by shitting the carriage to. the left pivotally connected to the rear end of the horizontal lever 244 (Fig. 3) intermediately pivoted on a pin 245 in a lug 246 on the base of the machine. The forward end of said horizontal lever is pivotally connected to the rear end ot' the total shift lever 252.

VVhenthe total pin 258 engages in the appropriate groove, after being manually released said pin is shifted to the right and a total is set up on the type 21 as eX- plained in said copending application and the upper end of the lever 242 is shifted to the left whereupon the locating bar 64. is

ymoved to the left on thepin 62 in the slot 65, thus causing the printing to take place a slight distance to the right of the column.

ylVhen by means'of the lever 110 the carriage has been set to a non-printing position so that the items accumulated and set up by the type 21 are not printed, it is still desirable' that the totals themselves be print-` ed. In order to accomplish this printing automatically, there is provided the automatic printing lock lever 257 (Fig. 4) pivotally mounted on the bracket 258 fixed to the shaft 89 tlie upper end of which lever engages in a notch 260 the lowerend engaging` a transverse pin 261 in the printing lock shaft 100.

lhen the carriage is shifted to the left, the bar 64 is moved therewith and carries the upperend of the lever 257 to the left whereupon the lower part of said lever, said printing lock shaft and the cones 95 are moved tothe left thus locking together the upper and lower printing levers 87 and 88 and effecting the printing.

From the foregoing, the operation of the printing carriage will be easily understood. Paper is inserted in the rear opening` between the outer shields 137 and the inner lower paper shields 131, and the paper' rolls 118 turned b v means of theknob 192 until the part on which it is desired first to print are opposite the platen blocks 128. If desired, the locking plate is unlocked and the carriage adjusted on the carriage rail and thev carriage relocked.

rPhe locking lever 1.10 is set in locked r unlocked position depending upon whether it is desired that the items be printed or not. y

The tabulating machine is then started in operation as explained in thesaid copending application and the type is set and the accumulators accumulate. If the locking lever 1s .set in locked position the cams 92 cause the printing levers vand the carriage to re- K ciprocate and the printing is effected.

llfhen a total is taken the carriage is moved to theleft just before the printing by means of the total signal lever 241 engaging in the notch 240 of the locatingbar. If the locking lever 110 has not been set in printing position, the automatic levers 257 also cause the cones to look the printing lev rs and print totals when the totals are set up and printed.

I claim:

1. In an apparatus of the character described, the combination of a' carriage support; a paper support slidable and swingable on said carriage support and adapted to be moved into and out of locking engagement therewith. p l

2. 1n an apparatus of the character described, the combination of printing means; a carriage support adapted to be reciproycated toward and from the printing means;

a carriage rail supported on the carriage n support; a paper support slidable on said rail g and means interposed between said support wherebyv the paper support may be swung` int-o and out of locking engagement with the carriage support.

3. In an apparatus of the character described, the combination of printing means; a carriage support adapted to be reciprocated toward and from the printing means; a carriage rail supported on the carriage support; paper support slidable and adapted to swing on said rail; a locating bar mounted on one of said supports and provided with a plurality of openings; and plurality7 of locating brackets mounted on the other support and adapted to engage in and be locked in said holes.

4. In an apparatus of the character described, the combination of a carriage support; Aa carriage rail; means supported on the carriage support and supporting said rail; and a carriage comprising parts provided with an opening receiving said rail and a slot furnishing passage for said means.

5. In an apparatus of the character described, the combination of printing means; a carriage support adapted to be reciprocated toward and from the printing means; a carriage rail; rail 'supports supported on the carriage support and supporting said rail; a paper carriage; and rail engaging brackets on said carriage and each provided with an opening receiving said rail and a slot furnishing passage for the rail supports for permitting the carriage to be slipped oli" the end of the rail.

6. In an apparatus of the character described, the combination of printing means; a carriage support adapted to be reciprocated toward and from the printing means;

paper carriage; rail engaging brackets iXed on said carriage eachprovided with an opening receiving said rail and a slot comniuniyeating vvith^ the opening and furnishing passage Jfor the rail supports.; and ane-nw for locking the carriage to the support.

7. In an apparatus of the char eter described, the combination of printing means; a carriage support adapted to be reciprocated toward and from the printing means; a carriage rail; rail supports supported on the carriage support and supporting said rail; apaper support, rail engaging brackets fixed on said paper support each provided with an opening receivine said rail and a slot conmiunicating with the opening` and furnishing `passage for the rail supports` said brackets being slidable and swing-able on said rail; a locating bar mounted on one of said supports and provided with a `plurality ot openings; and plurality or' locating brackets fixed on the other support and adapted to engage in andibe locked in said holes.

8. ln an apparatus of thecharacter described, the combination o't printing means; a Vpaper carriage support adapted to be reciprocated toward and VJfrom the printing means; a rod like carriage rail; a pair ot thin rail supports vtixedly su ported on the carriage support and fixedy supporting said rail; a paper .-carriage; rail engaging brackets iii; d on said carriage each pro-v vided with an openingl receivinp' said rail and aslot communicating with the opening and furnishing passage for the rail supports, said brackets being slidable and swingable .on said rail; a locating bar mounted on .faid

carriage support and provided with a plurality of openings; and plurality ot locating brackets fixed on the carriage and adapted to engage in and be locked in ,said holes.

9. In an apparatus of the character described, the combination ot a printing lever; a `reciprocating support having one end pivotally connected to said lever: means slidably supporting the opposite end of said support; paper carrying "means carried on said support; land means cooperating with said carrying means for eiiecting printing.

10. In an apparatus of the character described, the combination of aprint'ing lever; a cam Vi'or oscillatingl said lever; a reciprocating support having one end connected -t-o said lever; means slidably supporting the opposit-eend of said support; paper carrying means carried on said support; and means cooperating with said carrying means for-effecting printing.

1.1. In an apparatus of .tliecharact-ei.' described, the combination of a .rotary cam; ya printing lever shaft; a printing lever carried on said shaft and engaging said cani; a

l.. In` an apparatus of -the character de! scribed, the combination of a rotary cam; a printing lever operated by said cani; a reciprocatingbrackethaving one endI pivotally connected to said lever; a stationary bracket slidably engaging .and su )porting the other-emi ot'said `reciprocating racket; a paper supporting` carriage carried on said reciprocating bracket; and prsnting means against wheh said carriage .is adapted to be brought. i f

'1.3. In an apparatus o'tthe cha 'actor tlcscribed, the combination ot' a reciprocating support; a paper carrying support; means slidably connecting said supports together., and lmeans toward which` said .paper carrying support Vis reciprocated for effecting printing. i

14. 4In an' apparatus of the characterdescribed, the combination ot 'a reciprocating support; a paper-carrying support; means slidably connecting said supports 'together in difiierent;positions; means Jfor locking said supports in said different positions.; and means toward which saidl lpaper carrying support is reciliroeated for effecting printmg.

15. In aniapparatus of the character de-Y scribed,rthe combination ot a reciprocating support; a paper carryingsupport; afraill carriedby one ot said supports; means carried vby 4the-'other support `and slidably vengaging said rail: and means toward `which said paper carrying support is reciprocated for effectingprinting.'

1G.' In an apparatus oit' the character described, the combination of a reciprocating support; a paper carrying support; a rail carriedby oneoftf said supports; means carried by the other support and slidably engaging sa'l rail tor connecting said supports in 1diii'crent relations;.locking means tor locking said supports in said'ditterent relations; and means toivargfl which said papercarrying support reciprocated for eiecting 'printing'.

y17. In an apparatus Vot the character described, Vthe combination of a reciprocating support; a pape-r carrying support; means for slidably connecting said supports to each other; a bar carriedby one of said supports and having holes therein; a locking plate provided With key slots adapted to register with said .holes and each having a large end and a small end, said small endA forming shoulders; a-stud carriedby said other support and having ahead adapted to pass thru saidlholes and saidflarge ends and under which said shoulders are adapted to sie loo

lil() Lil engage; whereby said stud is locked; and means cooperating with said paper carrying support for effecting printing.

18. In an apparatus of the character described; the combination of a )air or" supporting elements; a carriage rail supported on said elements; a locating bar supported on said elements and provided with a plurality of holes; a paperlcarriage slidably supported on said ri. g a head stud carried on said carriage and adapted to enga-ge in said holes; and a locking plate provided with hey slots forming shoulders adapted to` engage under said head and lock said stud in said holes.

1.9. In an apparatus of the character de scribed7 thecombination of a reciprocating support; a paper carrying support; a rail carried by one of said supports; means caii'ied by the other support and slidably engaging said rail for connecting said supports in different relations; a bar carried by one of said supports and having holes therein; a locking plate provided with hey slots adapted to register with said holes and each having a large end and a small end forining shoulders; a stud carried by said other support and having a head adapted to be engaged and locked by said shoulders; and means cooperating` with said paper carrying support for effecting printing.

20. ln an apparatus of the character described, the combination of ay rotatable shaft; a series of spaced paper engaging means on said shaft adapted to carry paper; means carried on the shaft at the ends of the shaft and interposed between and spacing said paper engaging means for holding by frictional engagement the shaft and the parts carried thereon against relative rotation; means supporting said shatt; and means cooperating with the paper and said supporting' means for efiecting printing.

21. ln an apparatus of the character described` the combination with printing means of a rotatable shaft; paper engaging means on said shaft; a nonrotatabie paper backing means; means for holding by frictional engagement with each other said shaft and the parts thereon against relative rotation .during printing; means supporting said shaft: and means cooperating with the backing means and said supporting means for effecting printing.r

ln an apparatus of the character described, the combination with printing means of a rotatable shaft; paper engaging means onsaid shaft; a paper backing means; means carried on said shatt for spacing the engaging means: means for holding said shaft and the parts thereon in frictional en gagement during printing; means for supporting said shaft: and means cooperating with the backing means and said supporting means for effecting printing.

porting said shaft; and means cooperating with the backing means and the supporting means for effecting printing.

2li. in an apparatus of the character dcsci'ibed, the combination with printing means of a rotatable shaft; drive means cair-v i'ied thereon for rotating the shaft; a plurality of paper engaging means on said shaft; means for spacing said engaging means; paper backing means disposed between the engaging means;imeans for holding said shaft and the parts thereon in frictional engagement during printing; means for supporting the shaft; and means cooileiating with the backing means and the supporting means for effecting printing.

25. in an apparatus of the Character described, the combination of a plurality of paper engaging means; paper backing means disposed between said engaging means; means for supporting said engaging means and backing means; and means cooperating with said supporting means and said backing means for effecting printing, said engaging means coming into actuation when said printing takes place.

Q6. In an apparatus of the character described` the combination of a rotatable shaft; paper rolls fixed on said shaft; paper backing means disposed between said rolls; means for supporting said shaft and backing means: and means cooperating with said supporting means and backing means for effecting printing, said engaging means coming into actuation when said printing takes place. Y

2T. In an apparatus of the character described, the combination of a rotatable shaft; paper rolls on said shaft: spacing means disposed between said rolls: paper backing means disposed between said'rolls: n'ieans for supporting said shaft and said backing means; and means cooperating with said supporting means and said backing means for effecting printing.

28. ln an apparatus of the character describe l. the combination of a rotatable shaft: paper rolls on said shaft; bushings on said shaft for holding said paper rolls spaced apart: paper backing means disposed between said rolls; means for supporting said shaft and backing means; and means cooperating with said supporting means and said backing means for effecting printing.

Q9. ln an apparatus of the character described, the combination of a shaft; paper rolls on said shaft; bushings on said shaft ies for holding said paper rolls apart; brackets disposed between said rolls andv engagmg `around said bushings; means for supporting said shaft and brackets; platens carried on said brackets; and means cooperating with said supporting means and platens for effecting printing.

30. vIn an apparatus of the character described.; the combination of a shaft; paper rolls on said shaft; brackets disposed between said rolls and provided with forwardly .projecting ends; platen supports received and supjiorted by said ends; elastic platen blocks carried Vin said supports; means for supporting said' shafts and brackets; and means cooperating lwith said supports and brackets for effecting printing.

v3l. -Inan apparatus of the character descr'i'lued,1tlie combination of a shaft; paper rolls on 'said shaft; bushings on said shaft for holding said paper rolls spaced apart; brackets disposed between said rolls and provided with openings receiving said bushings; platen lsupports receiving and supported by the forward end of said brackets; elastic platen blocks carried in said supports; means for supporting said shaft and brackets; and means cooperating with the supportingl means and the platens for effecting printing.

32. `In an apparatus of the character de.- scribed, the combination of a shaft; paper rolls fixed on said shaft; shields disposed between .said rolls and forming therewith cylindrical surfaces; paper backing means disposed-between said rolls; means for supportingr said shaft said shields, and said backingmeans; andmeans cooperating with said supporting means and said backing means for effecting printing.

V`33. In an apparatus of the character' described, the combination of a shaft; paper rolls on `said shaft; brackets disposed between said rolls and having forwardly projecting ends and rearwardly projecting ends; platen blocks supported on the forwardly projecting ends; a bracket shaft passing thru said rearwardly projecting ends; means for supporting said shafts; and means cooperating with said platenblocks and the supporting means for effecting printing.

In .an apparatus of the character described; the combination of a shaft; paper rolls on said shaft.; brackets disposed on said shaftbetween said rolls and having projecting ends; a bracket shaft passing thru certain-of said projecting ends; platen blocks n'iounted on other of said ends; inner shields disposedbetween said rolls and mounted on said bracket shaft; means for supporting said shafts; and means cti-'operating with the supporting means and said blocks for effecting printing.

35. In an apparatus of the character described, the combination of a shaft; paper rolls on said shaft; brackets disposed on said shaft between said rolls; a b'acket shaft passed thru said brackets; platen blocks-supported on said brackets; upper and lower shields housing said brackets and each provided with perforated ears receiving said bracket shaft; means for supporting said shafts; and means cooperating'with the supporting means and said blocks for effecting printing. v f

36. In an apparatus of the character `described, the combination of a shaft; paper rolls on said shaft; brackets disposed on said shaft between said rolls; a bracket shaft passed thru said brackets; platen blocks supported on said brackets; kupper and lower shields housing said brackets and each provided with perforated ears receiving said bracket shafts, the upper shield being pivotally mounted; sleeves on said bracket rod for holding said shields spaced apart; means for supporting said shafts; and means cooperating with the supporting means and said blocks for effecting printing.

87. In an apparatus of the character described, the combination of a shaft; paper rolls on said shaft; brackets disposed on said shaft between said rolls; a bracket shaft passing thru said brackets; upper Aand lower shields housing said brackets and each provided with perforated ears embracing said brackets and receiving said bracket Shaft;

a platen block mounted on each bracket; end plates supporting said shafts; supporting means vfor said end plates; and means cooperating` with said blocks and supporting means for effecting printing.

S8. In an apparatus of the character described, the combination of a rotatable shaft; paper rolls carried thereon; a plurality of levers fulcrumed near said paper rolls and extending` in opposite directions; feed rolls journaled on said levers; a pair of end plates supporting said shaft and provided with vertical slots; a rod received in said slots and engaging-said levers for releasing the feed rolls from the paper rolls; and means for actuating the rod.

39. In an apparatus of the character described, the combination of a rotatable shaft; paper rolls thereon for carrying paper.; paper backing means disposed between vsaid rolls; inner shields forming continuation of such rolls; and outer shields housing the lower part of said rolls and inner shields;

40. In an apparatus of the character described, the combination of a rotatable shaft; paper rolls thereon for `carrying paper; paper backing means disposed between vsaid rolls; inner shields forming cylindrical surfaces with said rolls; `and outer shields housl ing the lower part` of said rolls and inner shields and extending upwardly between said paper backing means.

4l. In an apparatus of the character described; the combination of a shaft; paper rolls thereon for carrying paper; outer shields housing the lower part of said rolls and provided with perforated Hanges provided with ears; bracket shafts extending thru said ears and supporting said shields; and means for supporting said shafts.

42. In an apparatus of the character described, the combination of a shaft; paper rolls thereon; outer shields housing the lower part of said rolls and provided with perforated flanges; levers pivoted to said flanges; feed rolls carried by said levers; shafts passing thru said flanges and supporting said shields; end plates supporting said shafts and vprovided with vertical slots; release rods disposed in said slots and engaging said levers; and actuating means engaging said release rods.

43. In an apparatus of the character described, the combination of a rotatable shaft; a plurality of paper rolls thereon for carrying paper; and inner shields between said rolls and :forming cylindrical surfaces continuous with said paper rolls.

44. In an apparatus of the character dcscribed, the combination of a rotatable shaft; a plurality of paper rolls thereon for carrying paper; and inner shields forming cylindrical surfaces with said paper rolls.

45. In an apparatus of. the character described, the combination of paper rolls; printing` means; levers fulcrumed near said paper rolls and extending in opposite directions; means for moving said paper rolls toward said printing meanse vfor printing; lfeed rolls having journals jcurnaled on said levers; springs tensioned and connected directly between said journals; and means for actuating the levers.

46. In an apparat-us of the character described, the combination of a carriage support; a rail supported thereon; a carriage provided with a part having an opening receiving said rail for supporting the carriage, said part being adapted to be slipped off at the end of the rail and means for positively locking the carriage on the rail against endwise movement in either direction without detaching said rail.

47. In combination, a plurality of printing means adapted for simultaneous printing; a support; a paper carriage longitudinally adjustable on said support; means for positioning and locking said carriage in adjusted position and means for reciprocating said support toward the printing means for effecting the simultaneous printing.

48. In combination, groups of printing means laterally spaced apart and adapted for simultaneously printing; a support; a paper carriage longitudinally adjustable on said support multiples of the distance from one to another of said groups; means for positioning and locking said carriage in its adjusted position; and means for reciprocating said support for effecting said simultaneous printing.

49. In combination; a mechanism provided with a movable type carrier; a carriage associated with said type carrier whereby printing is effected; means for carrying a ribbon between said carrier and carriage for reciprocating said ribbon away out of reach or" said type; and means positioning said type when the ribbon is thus out of reach.

50. In combination, a tabulating mechanism provided with a plurality of movable type arranged for simultaneous printing in a straight line; a carriage reciprocatory to and from said type; means carried on the carriage for carrying a ribbon between said carriage and type; said ribbon being reciprocatory with said carriage away out of reach of said type; and means positioning said type when the ribbon is thus cutoff reach.

51. In combination, a tabulating mechanism provided with a` movable type carrier carrying a plurality of type confined to the same path; a carriage reciprocatory to and from said type; means carried on the carriage for carrying a ribbon between said carriage and type; said ribbon being reciprocatory with said carriage away out of reach of said type; and means positioning said type when the ribbon is thus out of reach.

IVILLIAM W. LASKER. 

